C++ Developer Bundle

The basic Control Structures for programming languages are used to execute one or more statements if the condition is met.

In this section we will learn the Abstraction method which is a means of hiding unwanted information. Whereas encapsulation is a method for hiding data in a single entity or unit along with a method for protecting information from outside.

In this section we will learn Tokens which is the smallest element of a C++ program that is important to the compiler. These sorts of tokens are recognized by the C++ parser keywords. Identificators. Literals of Numeric, Boolean and Pointer.

In this topic we will see class which is a user-defined data type that we can use in our program, and it works as an object constructor for creating objects.

In this section we will learn how to install IDE a software that contains all of the things you need to develop, compile, link, and debug your programs.

In this topic we will learn two terms Constants and Variables which offer various ways to represent and manipulate data. Constants, as the name suggests, have fixed values. Variables, on the other hand, hold values which can be assigned and changed as the program executes.

 In this topic we will understand Union which is a particular category of class that can only accommodate one non-static data member at a time.

In this section we will see that C++ provides control structures that serve to specify what has to be done by our program, when and under which circumstances

In this section we will learn parameterized function and we’ll also see the purpose of parameters is to allow passing arguments to the function from the location where it is called from.

In this topic we will learn the return value is the same value returned by a function and if the return expression is used, the function’s return value is copied back to the caller.

In this section we will learn an array is a set of elements of the same form that are located in contiguous memory locations and can be retrieved individually using a specific identifier’s index. Without having to declare five separate variables, an array of five int values may be declared.

In this section we will learn Multilevel inheritance happens where a class is inherited from another derived class. As a consequence, a class in C++ multilevel inheritance has more than one parent class.

In this section we will see that a call to a member function in C++ polymorphism allows a particular function to be implemented based on the type of object that invokes the function. Instead of looking at the form of the pointer, the compiler looks at the contents of the pointer this time.

In this section we will learn that in C++, you can define several functions of the same name in the same scope. This are known as overloaded functions.